🚨GPU price drop 🚨
We've reduced the compute unit price of NVIDIA A100 and L4 GPUs by 20% 📉 T4s saw small drops as well. High-mem CPUs increased slightly to match costs. Let us know how Colab is working for you and what we can do to improve!
What kind of childhood makes a top scientist? Is it enough to have all the right traits (brilliance, grit, etc) or do you need the right family too?
And why should we care? A 🧵 on our paper on the Nobel Laureates.
A teaser: the income distribution of the laureates' fathers.1/N
@elonmusk@wholemars it would be confusing. How about a steering wheel with polar symmetry? The controls can be added to a touch display inside the wheel, so one can also get rid of the main display.
#S24MRS PowerPoint™ Karaoke Please join us for this fun event Thursday, April 25 | 6:00 pm
Summit - Seattle Convention Center, Level 3, Room 345
loom.ly/2tN7Pig
WebAssembly is a game-changer for democratizing science/visualization. I have been using Pyodide/Pyscript and it is just a delight nature.com/articles/d4158…
Our collaborative work on optical analog computing on silicon photonic platform in Nature Photonics today. Collaboration between Firooz Aflatouni's group and my group. See: V. Nikkhah, A. Pirmoradi, F. Ashtiani, B. Edwards, Firooz Aflatouni, @NaderEnghetardcu.be/dyNgT
I am happy to announce that the Temperature Dependent Effective Potentials (TDEP) code is officially released and published in JOSS! 🎉
TDEP is a code for advanced phonon simulations in materials with a focus on anharmonic properties. More details below:
joss.theoj.org/papers/10.2110…
🚨 summoning the hivemind! 🐝
I want to have some interactive computational demos in my course next semester, likely in the form of notebooks. I need it to be runnable in a browser without installing anything or waiting excessively for something to spin up, …
Differentiable programming (dP) is great: train neural networks to match anything w/ gradients! ODEs? Neural ODEs. Physics? Yes. Agent-Based models? Nope, not differentiable... or are they? Check out our new paper at NeurIPS on Stochastic dP!🧵
arxiv.org/abs/2210.08572
This approach, named the "Transmission Interpolation Method" (TIM), was applied to design a material with the desired effective thermal conductivity tensor and to optimize a thermoelectric material (under some approximations)
We combined a JAX-based differentiable phonon transport simulator (OpenBTE) with density-based topology optimization. Material interpolation was obtained by turning the interfacial phonon transmission into intermediate variables describing the material distribution.